Autonomous Multiscale Digital
Imaging of Ocean Species


Underwater Holograpy: Microns to Meters

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Digital Holographic Image of the copepod Calanus finmarchicus


Related Files

» Research Website

» Overview_Presentation.zip (23 MB)
Powerpoint overview, 23MB Zip file. (Keep all files together in resulting folder.)

» DHI_Presentation.zip (21 MB)
Powerpoint of DHI system (21MB Zip file). (Keep all files together in resulting folder.)



Abstract

Our MIT Sea Grant focused research project together with funds from other agencies, are being used to assemble a team of experts in plankton and micronekton/nekton biology, video plankton imaging and image analysis, digital holographic imaging (DHI), volume holographic imaging (VHI), range-gated laser imaging (RGLI), adaptive optics (AO), in-situ DNA analysis, and autonomous underwater vehicle (AUV) technology.  The primary goal of this research team is to develop a modular multi-scale imaging system and incorporate it into an AUV for autonomous quantification of distributional patterns of plankton, micronekton, and nekton species.  The completed system will provide data directly to a broad base of scientists for use in variety of studies including environmental quality and fisheries assessment.

As part of this project the three lead PIs are developing pilot DHI and VHI systems for identification and quantification of plankton species.  A pilot DHI system has been built by graduate student Jose Dominguez-Caballero and testing and modifications have been made together with graduate student Nicholas Loomis.  A duplicate system has been built in Davis' lab at WHOI.  See the Research Website  for description of this system. 

 

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Last updated January 3, 2006
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